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Flatness measurement on blanked parts
Measurement of flatness of parts made with a fine blanking, molding or laser cutting process. The flatness measurement is performed with multi-dimension systems capable of calculating total flatness, partial flatness or possibly dimensional dimensions.
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Profile and position measurements with LASER scanner
Profile and position measurement technology with LASER scanners guarantees precise and rapid dimensional control. Integrable into automated systems, it allows continuous quality monitoring, reducing errors and waste. AI-supported innovation enhances industrial process management, promoting efficiency and competitiveness.
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Operating principle of a digital archimeter
A digital archimeter accurately measures radii and diameters using electronic sensors and digital displays. It provides immediate and accurate readings, simplifying alignment and dimensional inspection tasks in engineering and industrial applications.
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Laser profilometers for testing tires and wheels with harmonic analysis
Laser profilometers are advanced instruments used to monitor the geometry of tires and wheels. Through harmonic analysis, they allow to identify surface irregularities and dimensional variations, improving production quality and operational safety. These devices offer high precision and rapid measurements.
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Systems for checking the thickness of slabs and panels in the production line
Profile and thickness measurement of plastic sheets with contact and non-contact systems. Automatic LASER thickness gauges with thickness and profile measurement directly on the production line.
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Profile measurement of pressed, sheared, drawn or welded sheet metal parts
Profile measurement of stamped, sheared, drawn or welded sheet metal parts ensures precision and quality in production processes. Advanced technologies, such as scanners and sensors, detect defects and compliance, optimizing dimensional checks and ensuring reliable components for the industry.
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Dimensional control of drawn bars in the production line
Dimensional control of drawn bars in the production line is essential to guarantee the quality and precision of the final product. Through the use of advanced technologies such as laser sensors and artificial vision systems, it is possible to continuously monitor the measurements, reducing waste and improving production efficiency.
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Systems for measuring length and position on easily deformable parts
Length and position measurement systems for easily deformable parts use advanced technologies such as contact or non-contact sensors. These instruments allow you to accurately measure objects that undergo deformations during the manufacturing process, ensuring precision and reliability in the results.
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Systems for the dimensional control of drawn, extruded or welded tubes directly on the production line
Dimensional control systems for drawn, extruded or welded tubes in the production line guarantee the precision and quality of the final product. Advanced technologies, such as laser sensors and artificial vision systems, constantly monitor measurements, reducing waste and optimizing production processes. The implementation of these systems improves efficiency and competitiveness…
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LASER scanner for checking the profile of paper, cardboard and embossed products
Discover how LASER scanners revolutionize the quality control of paper, cardboard and embossed products. These advanced tools guarantee precise measurements and detailed analysis, optimizing production processes and reducing waste. Reliability and innovation come together to improve the final quality of your products.
profile measurement
La profile measurement represents a fundamental aspect in quality control and monitoring of industrial processes. RODER SRL offers systems based on LASER technologies, optical sensors e artificial vision systems to ensure precise and reliable analysis. The developed solutions allow for the acquisition of three-dimensional data, improving productivity and reducing processing errors. The systems can be integrated into automated production lines and also exploit theartificial intelligence to interpret the results. The use of advanced tools ensures constant monitoring and contributes to process traceability, thus improving efficiency and company competitiveness.